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Cell-Free Massive MIMO in the Short Blocklength Regime for URLLC
Ali Arshad Nasir
, Hoang Duong Tuan
, Hien Quoc Ngo
, Trung Q. Duong
,
H. Vincent Poor
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peer-review
109
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Keyphrases
Ultra-low
100%
Ultra-reliable
100%
Low-latency Communication
100%
Short Blocklength
100%
Cell Free Massive MIMO
100%
Communication Rate
40%
Rate Function
40%
Conjugate Beamforming
40%
Block Size
20%
Energy Efficiency
20%
Special Class
20%
Formulation Optimization
20%
Locally Optimal Solutions
20%
Low Scale
20%
Gaussian Noise
20%
Nonconvex Problem
20%
Shannon Capacity
20%
Computational Tractability
20%
New Paths
20%
Path Following
20%
Improper Gaussian Signaling
20%
Scale Optimization
20%
Local Channel State Information
20%
Engineering
Blocklength
100%
Free Cell
100%
Massive MIMO
100%
Beamforming
50%
Channel State Information
25%
Gaussians
25%
Gaussian White Noise
25%
Conservation of Energy
25%
Shannon Capacity
25%
Feasible Point
25%
Computer Science
Communication Latency
100%
Massive MIMO
100%
Channel State Information
20%
Energy Efficiency
20%
Optimization Formulation
20%
Shannon Capacity
20%
Feasible Point
20%
Scale Optimization
20%
Gaussian White Noise
20%
Mathematics
Massive MIMO
100%
Rate Function
50%
Gaussian Distribution
25%
Conservation of Energy
25%
Information State
25%
Nonconvex Problem
25%
State Channel
25%
Feasible Point
25%
Random Noise
25%